#Hong Kong #CE-LINK #solid-state battery #Power Bank

CE-LINK's Latest Launch in Mobile Charging

CE-LINK LIMITED, a prominent name in the consumer electronics industry, is excited to announce the unveiling of its next-generation power banks, set to spotlight the revolutionary solid-state battery technology. This innovation promises to redefine the safety and performance standards that users expect from their mobile charging solutions.

Introduction to Solid-State Battery Technology

Unlike conventional lithium-ion batteries that rely on liquid electrolytes, CE-LINK's new power banks feature advanced solid-state lithium-ion polymer batteries. This shift not only enhances the safety of the device—eliminating risks associated with fire and explosions—but also ensures a longer battery lifespan, making these power banks a sustainable option for environmentally conscious consumers.

For those looking to shift towards safer, more efficient energy solutions, this latest series from CE-LINK is a game-changer.

Unmatched Safety and Performance

In a rigorous testing process, CE-LINK has confirmed that these power banks withstand extreme conditions that would typically compromise traditional batteries. For example, they demonstrate resilience against steel needle punctures, drops, and both overcharging and over-discharging scenarios, thus offering unmatched safety for the user. This commitment to safety makes the new CE-LINK power banks an ideal choice for outdoor adventurers and everyday users alike.

Exceptional Battery Lifespan

Another significant benefit of the solid-state batteries is their durability. In fact, CE-LINK's power banks maintain over 80% of their original capacity after an impressive 500 charge cycles. This longevity not only contributes to user satisfaction but also supports a more sustainable approach to technology usage.

Dependable Performance Across Conditions

CE-LINK's power banks are designed to function across a wide temperature range. They support charging between 0°C and 45°C and discharging from -20°C to 60°C. This feature guarantees consistent performance regardless of temperature fluctuations, making them suitable for a variety of outdoor activities, including camping or even polar research scenarios.

A Versatile Lineup to Cater to All Needs

CE-LINK is set to release a diverse range of power bank models tailored for different user experiences:

• - PD Slim Power Bank (5000mAh, 10000mAh): With its ultra-slim design measuring just 10.8mm, this power bank is easy to carry and includes a storable USB-C lanyard cable, perfect for commuters.
• - Built-in Retractable Cable Power Bank (5000mAh/10000mAh): Equipped with a patented retractable cable, this power bank can withstand 10,000 retraction uses, making it ideal for frequent travelers.
• - USB-C Power Bank (5000mAh): Featuring a push-slip design, this model secures and protects the USB-C port and is tested for durability over more than 10,000 plug-and-pull actions.
• - 67W 2-in-1 Power Bank (10000mAh): This advanced device functions both as a power bank and a GaN charger, capable of charging laptops, tablets, and phones simultaneously, ideal for business professionals on the go.

A Vision for the Future

CE-LINK's Product Manager, Erica, expresses excitement for this milestone: “Solid-state battery technology is truly the future of power banks. Our latest launch not only assures unparalleled safety and performance but also positions the industry towards more efficient and reliable power solutions.”

As an established OEM and ODM maker with over two decades of manufacturing experience, CE-LINK continues to spearhead innovations that address the evolving requirements of global users across diverse sectors.

For more inquiries and details about CE-LINK’s cutting-edge power bank solutions, you can visit their official website or follow them on LinkedIn and Facebook.

Conclusion

In a world that increasingly depends on mobile devices, CE-LINK’s new solid-state battery power banks promise to set a new standard in the realm of mobile charging, bridging the gap between technological innovation and user safety.